#Project coordination software

[norfielddp]

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[digitalcactusblog]

God save me from old white men with too much confidence and power and zero consideration for other people's feelings

[nnctales]

Exploring the Diverse Landscape of BIM Software in Construction: A Comprehensive Guide

Introduction: In the ever-evolving field of construction, Building Information Modeling (BIM) has emerged as a transformative technology that revolutionizes the way buildings are designed, constructed, and managed. BIM software plays a pivotal role in enhancing collaboration, improving efficiency, and minimizing errors throughout the construction process. This article delves into the various…

[charseraph]

Noosciocircus agent backgrounds, former jobs at C&A, assigned roles, and current internal status.

Kinger

Former professor — Studied child psychology and computer science, moved into neobotanics via germination theory and seedlet development.

Seedlet trainer — Socialized and educated newly germinated seedlets to suit their future assignments. I.e. worked alongside a small team to serve as seedlets’ social parents, K-12 instructors, and upper-education mentors in rapid succession (about a year).

Intermediary — Inserted to assist cooperation and understanding of Caine.

Partially mentally mulekicked — Lives in state of forgetfulness after abstraction of spouse, is prone to reliving past from prior to event.

Ragatha

Former EMT — Worked in a rural community.

Semiohazard medic — Underwent training to treat and assess mulekick victims and to administer care in the presence of semiohazards.

Nootic health supervisor— Inserted to provide nootic endurance training, treat psychological mulekick, and maintain morale.

Obsessive-compulsive — Receives new agents and struggles to maintain morale among team and herself due to low trust in her honesty.

Jax

Former programmer — Gained experience when acquired out of university by a large software company.

Scioner — Developed virtual interfaces for seedlets to operate machinery with.

Circus surveyor — Inserted to assess and map nature of circus simulation, potentially finding avenues of escape.

Anomic — Detached from morals and social stake. Uncooperative and gleefully combative.

Gangle

Former navy sailor — Performed clerical work as a yeoman, served in one of the first semiotically-armed submarines.

Personnel manager — Recordkept C&A researcher employments and managed mess hall.

Task coordinator — Inserted to organize team effort towards escape.

Reclused — Abandoned task and lives in quiet, depressive state.

Zooble

No formal background — Onboarded out of secondary school for certification by C&A as part of a youth outreach initiative.

Mule trainer — Physically handled mules, living semiohazard conveyors for tactical use.

Semiohazard specialist — Inserted to identify, evaluate, and attempt to disarm semiotic tripwires.

Debilitated and self-isolating — Suffers chronic vertigo from randomly pulled avatar. Struggles to participate in adventures at risk of episode.

Pomni

Former accountant — Worked for a chemical research firm before completing her accreditation to become a biochemist.

Collochemist — Performed mesh checkups and oversaw industrial hormone synthesis.

Field researcher — Inserted to collect data from fellows and organize reports for indeterminate recovery. Versed in scientific conduct.

In shock — Currently acclimating to new condition. Fresh and overwhelming preoccupation with escape.

Caine

Neglected — Due to project deadline tightening, Caine’s socialization was expedited in favor of lessons pertinent to his practical purpose. Emerged a well-meaning but awkward and insecure individual unprepared for noosciocircus entrapment.

Prototype — Germinated as an experimental mustard, or semiotic filter seedlet, capable of subconsciously assembling semiohazards and detonating them in controlled conditions.

Nooscioarchitect — Constructs spaces and nonsophont AI for the agents to occupy and interact with using his asset library and computation power. Organizes adventures to mentally stimulate the agents, unknowingly lacing them with hazards.

Helpless — After semiohazard overexposure, an agent’s attachment to their avatar dissolves and their blackroom exposes, a process called abstraction. These open holes in the noosciocircus simulation spill potentially hazardous memories and emotion from the abstracted agent’s mind. Caine stores them in the cellar, a stimulus-free and infoproofed zone that calms the abstracted and nullifies emitted hazards. He genuinely cares about the inserted, but after only being able to do damage control for a continually deteriorating situation, the weight of his failure is beginning to weigh on him in a way he did not get to learn how to express.

[rainbowsky]

Hey RBS.. Wishing you a wonderful week ahead. Do you think Globalfever fansite is being managed directly by someone from GG/DD’s team. Many a times I wonder how that site able to get tickets to all of our boys events and capture such close up candid shots of GGDD unless she is part of their inner circle?

Example today - https://weibo.com/7320958826/OydEkDN0w

not sure if it’s original or edited.. from that video it looks like XZ acknowledged her words of Jiayou and bye bye

Hi Natashayishan, thanks! I hope you're well, and that you have a wonderful week too! 😊

Here's the video for those who don't have access to Weibo.

To answer this question I'm going to start by explaining a bit of background about fansites and how they function (I'm by no means an expert, but here's my understanding of how it all works).

Part 1 - Fansites in General

There has been a lot of talk about fansites over the years, and some have faced accusations, criticisms, confusion, suspicions, theories both positive and negative for a very long time. I think they're largely misunderstood by a lot of fans.

For example, it's not uncommon for people to believe fansites are stalkers, or that they shamelessly profit from the unauthorized use of a star's image or footage, or that they're organizations that exist for the purpose of exploiting stars.

This isn't really how it works at all. In general, a fansite is just one fan who follows a star's career and enjoys sharing photos and videos they take of that star. Plain and simple. Some fansites involve more than one person, but most are just made up of individuals.

Yes, they sometimes make money selling photo books and other merch, but that money tends to go back into supporting the star -buying endorsement products, arranging events and giveaways, buying or upgrading equipment needed to create fansite content (cameras, computer equipment, software), paying for tickets (many of which are overpriced reseller tickets) and travel/accommodations to attend events, etc.

It might seem glamorous - and there's undeniably a glamorous aspect to it - but to me it looks very stressful, like a huge headache. These fans generally have their own lives and careers outside of fandom, so coordinating everything, waiting in lines, standing in the rain outside appearances and events, not to mention the pressure to attend events and post regular updates, and all the haters and antis they are constantly dealing with, the amount of stress and frustration they deal with must be immense.

It's a lot of work, and for this reason, fansites don't always stay fansites. Some retire as their real life interests and obligations shift. One of my favorite GGDD fansites - Midnight Dream - retired a few years ago. 😢

Fansites are an important part of any celebrity's support system. While no - they aren't part of a celebrity's team or on their payroll, they do play a huge part in helping to bring attention to a star and build buzz around them, their projects, their appearances, events and other activities.

If you want an analogy that might help it make more sense to you, just look at some of the sports fans across the globe who will follow all the matches, follow team developments, team picks, managers and training, and share all that info on blogs, podcasts or dedicated sports fan sites.

This is very similar. They're just really dedicated fans who build a following by being where we can't be, and sharing their experiences so that we can feel like we were there, too.

And they provide the fans and the stars an immense, immeasurable service IMHO, despite what we might agree or disagree with about the way fandom culture works. The content they capture and share is almost always far more intimate (generally without being invasive), and of a far higher quality than that of the professionals hired to cover these events on behalf of media agencies and management.

Fansites do get some official support from time to time. For example, there are events where fansites can get approval - almost like a press pass or a security pass - to attend and be in certain locations within or near facilities to take photographs, video, etc., but they are not hired or compensated by the star or their team.

A lot of it is also largely unknown/unknowable, so it's hard to be sure of the details. There are always going to be rumors and claims. For example, there have been claims that during SDOC Yibo was allowed to invite 4 fansites to come to the finale, and of the 4, he chose 3 BXG fansites and only one solo site. I haven't seen proof of that, but the claim was making the rounds a lot at the time.

One thing we do know - he chose a fansite photo to give to Yangkai when he was courting him to join his team in season 4. (Of course, solos made a huge stink and Youku ended up editing the footage to remove the photo, but we saw what we saw).

There are other examples of GG and DD interacting with or showing acceptance of their BXG fansites. I started looking for some references and then realized it was not something I have time for or interest in. I'm not here to give a comprehensive analysis anyway, I'm just here to give a simple-ish answer to your question. If others want to discuss that in the notes, that's fine.

So, hopefully some of that background info will have answered parts of your question, and gives you more tools to evaluate things on your own moving forward.

Part 2 - Global Fever

As for Global Fever specifically, well... Global Fever is one of the most treasured BXG in the entire fandom. This dedicated fan has been following GG and DD BOTH, since they debuted. She is more than just a CP fan, she's been a supporter of their individual careers since day 1.

Yes, since back when Yibo was still the White Peony.

She became a CP fan in the natural way - by seeing her faves work together on The Untamed, by watching them interact and by following them and their careers. No, she doesn't work for their teams (they both have dedicated teams of their own, and they don't need to pay fansites who - after all - will do this stuff for free). It's just that she's recognizable to GG and DD because she's been a fixture in their lives for so many years.

And this is something solos need to get their heads around: BXG are fans too. I think there's this conceit among solos that THEY'RE GG and DD's fans and BXG are something else, but in reality (and, no doubt, in the eyes of GG and DD) BXG are their fans too.

Never could that be more apparent than when a dedicated fan like Global Fever jiejie is calling 'Zhanzhan, jiayou!' and 'byebye!' as he's boarding an elevator on the way to the stage. Of course GG recognized her and smiled at her. Of course.

[mariacallous]

During the night of June 1, Ukraine launched an audacious, long-planned drone operation deep in Russian territory, targeting Moscow’s strategic bomber fleet at multiple bases. Ukraine said the mission—codenamed “Spiderweb”—hit 41 bombers, with at least 13 fully destroyed. Reports suggest that Tu-95 and Tu-22M bombers were hit.

Notably, Ukraine apparently chose not to target Russia’s most modern, nuclear-capable Tu-160 bombers, focusing instead on the Tu-95 and Tu-22M, which have been used extensively in conventional cruise missile attacks on Ukrainian cities.

Ukraine reportedly deployed 117 kamikaze-style, first-person-view drones to strike multiple Russian air bases scattered across several time zones, from Murmansk near the Arctic Circle to the Amur region almost 5,000 miles from the Ukrainian border. The drones were covertly transported into Russia over many months, hidden inside wooden cabins mounted on the backs of trucks with remotely operated detachable roofs. Ukrainian intelligence operatives managed to smuggle the drones close to the air bases, and, in some cases, used unwitting Russian truck drivers to do so. Then, at the precise moment, the cabin roofs were opened remotely, allowing the drones to launch toward their objectives using commercial and open-source technology, including 4G LTE networks and ArduPilot software. Each drone had its own dedicated operator, reportedly based at a covert command center near a Federal Security Service (FSB) office inside Russia. According to Politico, Ukrainian intelligence said that some drones relied on artificial intelligence to complete their missions along preset routes when they lost signal, automatically activating their explosives as they reached and identified their assigned targets.

For all its complexity, creativity, and audaciousness, the raid’s immediate impact on Russian operations in Ukraine is likely to be limited. Russia typically employs between seven and 11 bombers per cruise missile salvo, and the loss of a dozen or more aircraft out of a total operable fleet of around 100 long-range bombers will not immediately halt cruise missile attacks on Ukrainian cities. The impact would have been greater in 2024, when Russia relied more heavily on bomber formations to strike Ukraine than it does now. With increased production of drones and ballistic missiles, air-launched cruise missiles have become less critical and are now mainly used for select high-value, stationary targets. Additionally, Ukraine might have hesitated to launch such a raid in 2024, when it was more dependent on U.S. aid and following U.S. concerns over previous attacks on elements of Russia’s nuclear deterrent.

Russia will now have to spend precious resources to harden air bases and other critical facilities by establishing robust, layered counter-drone defenses—combining electronic warfare, anti-air weapons systems, and physical barriers such as concrete hangars. This redeployment is unlikely to substantially impact air cover on the front line, however, given Russia’s relative abundance of air defense systems.

However, the long-term implications of the Ukrainian raid should not be underestimated. The Tu-95 and Tu-22M bombers are no longer in serial production, and their loss reduces Russia’s capacity for long-range force projection. The reported but still unconfirmed damage to A-50 aircraft would further degrade Russian air surveillance and command-and-control capabilities, complicating Moscow’s ability to coordinate complex air operations in a future war against NATO.

Psychologically, the raid is a major blow to Russian prestige and credibility. It undermines the narrative of Russian military prowess and demonstrates Ukraine’s ability to strike at the heart of Russian military power. The operation also illustrates once again that Ukraine does not need to have an equivalent arsenal to Russia’s: Small, low-cost platforms can inflict serious damage on high-value targets.

Yet raids alone do not win wars. Ultimately, the trajectory of the war in Ukraine will be determined by how well Ukraine can continue to attrit Russian forces along the front line in the coming months, thereby changing the Kremlin leadership’s mind about whether it is worthwhile to pursue the war given the high costs and limited gains. That said, last weekend’s significant loss of hard-to-replace strategic assets far from the front may, in the best outcome, nudge the Kremlin a bit closer to seeing that the costs of the conflict are becoming too much for Russia and the regime.

While some observers have heralded this operation as the advent of a new type of warfare, its true significance lies elsewhere. What the Ukrainians have done is adapt a classic tactic of European warfare—the military raid—to the 21st century.

Once the principal form of military engagement across Europe, raiding warfare typically unfolds in several phases: covert infiltration, a surprise assault, and a swift withdrawal. Underdogs have often employed the tactic to maintain pressure on a stronger enemy. The dawn of the modern raid can be traced back to British Prime Minister Winston Churchill’s order to his minister of economic warfare, Hugh Dalton, to “set Europe ablaze” following the devastating defeat of British forces in France in 1940; to that end, Dalton established the Special Operations Executive for sabotage and resistance in German-occupied Europe. But history abounds with other examples of such audacious operations. In October 1757, during the Seven Years’ War, Austrian forces under Andras Hadik executed a daring raid on Berlin using a small, fast-moving contingent of mostly Hungarian hussars. Despite being outnumbered by the city’s garrison, Hadik’s troops surprised the defenders, briefly occupied Berlin, and extracted a substantial ransom before withdrawing.

Modern raids involving air power were regularly employed for the first time in World War II. In November 1940, the British Royal Navy launched a surprise attack on the Italian fleet in the harbor of Taranto, Italy, using only 21 obsolete Fairey Swordfish biplanes from the aircraft carrier HMS Illustrious. The raid disabled three Italian battleships and damaged several other vessels, demonstrating how a small force in the air could achieve outsized operational effects. Similarly, in March 1942, British commandos assaulted the heavily defended dry dock at Saint-Nazaire, France, using a destroyer packed with explosives to deny the Germans a crucial facility for their battleships. And then there was the German Luftwaffe’s Poltava raid on the U.S. Air Force in 1944, when German fighters targeted Allied bomber formations stationed in Ukraine and inflicted heavy casualties and aircraft losses.

At its most basic level, therefore, Ukraine’s Operation Spiderweb belongs to a long tradition of daring raids. It does not mark the dawn of a new age—it is simply the latest adaptation of an enduring tactical approach.

On the one hand, however, the raid illustrates that high-impact, long-distance raids are made easier by new technologies like drones. Any assumption that military assets and infrastructure deep in the rear are immune from attack was just shattered by Ukraine. Russia will now have to spend precious resources hardening air bases and other critical facilities, as well as disperse its assets to reduce their vulnerability. The need for robust, layered anti-drone defenses—combining electronic warfare, kinetic interceptors, and physical barriers—will also become an urgent priority. The distinction between the frontline and the rear has blurred.

The raid also illustrated that a non-nuclear power could raid the strategic assets of a nuclear power. The only feasible way for Kyiv to do so safely was to consciously avoid targeting certain assets. The raid’s limitations—both in terms of the targets chosen and the damage inflicted—highlight the constraints imposed by the risk of escalation. Ukraine’s restraint in targeting nuclear-capable bombers and other sensitive infrastructure serves as a reminder that, in an era of nuclear-armed adversaries, even the most successful raids must be carefully calibrated to avoid crossing invisible but potentially disastrous red lines.

Russia’s nuclear doctrine, updated in late 2024, explicitly reserves the right to use nuclear weapons in response to attacks on its territory by a non-nuclear state that is backed by a nuclear-armed one. Although Ukraine is not directly backed in any strict sense by a nuclear state, the presence of NATO support and the risk of Western intervention looms large in Russian strategic thinking. The Kremlin’s repeated nuclear threats—including tactical strikes, high-altitude detonations, and missiles fired on European capitals—have been a constant feature of the war, even as most of the Kremlin’s supposed red lines have been crossed without triggering nuclear use.

This dynamic creates a paradox: the more effective Ukraine’s raids, the greater the risk of a disproportionate escalation by Russia. For some observers in the West, the fear of a severe Russian reaction almost overshadows the operational success of the raid itself. This plays into a culture of Western self-deterrence in response to Russian threats, whereby Russia actively uses nuclear and conventional saber-rattling not merely in a neutral strategic context, but also as a deliberate tool to manage and constrain Western behavior.

Operation Spiderweb will enter military history as one of the more daring raids and one of the first conducted with remotely controlled strike drones. But it does not herald the dawn of a new age. Rather, it is the latest iteration of the classic raid, adapted to the realities of 21st century warfare under the nuclear threat.

[anonmonitor]

My current uni engineering class project is a monorail system, in which the software that coordinates where all the trains are is called the Master Control Program.

[bigbandithewada]

Feeling like putting down my find so here is

JV/Ant Davidson Timeline

(Can’t guarantee 100% accuracy on all info, can’t guarantee no bias no projection, not using there full names because guess what, so less info about them together if you google their names together my blog appears on the 1st page)

JV was raised in Switzerland. Did math and computer science in Switzerland. He found out he needed an engineer background to enter F1 so went back to England to get a master in that. Got to work at BAR(later Honda, Brawn, Merc) eventually. (He had a billion interview on him hustling his way to BAR but that’s not relevant to the story here)

Ant was raised in a middle class family. Went to Karting with brother and he was more interested and started to compete in Karting. He worked his way to Formula Ford and was lucky to get a sponsorship( the sponsor bought a house and let him lived there). His sponsor talked to him about career choice, at that time, test driver made a decent amount of money and that f1 seat seems a bit too distant. So Ant ended up in BAR around the same time as JV

Well JV was not that much of an engineering guy. His job going into Honda was a combination of some data analysis, coordination between departments and some engineer. There was no proper strategist job back in the days so he just bounced around. (The untold interview he said he was suppose to fix an electronic problem on the front wing, Evan Short ended up doing that. Not saying that he knew nothing but inferring from his other interview, he definitely needed help). (Even now strategist have “low” status in the team since only the principal strategist can go to the track and everyone back home’s job is make sure to feed enough info through TR that the principal’s eyes are always on track).

Meanwhile, Ant was doing amazing as a test driver, too amazing that Honda was reluctant to release him to do actual f1 racing. He missed a seat(which team I forgot) but Honda eventually agreed to let him race for Super Aguri in 2007. That team didn’t last.

Then came the Brawn year. Before 2009, JV and Ant were already starting to worry about their jobs and registered a company together. Company never took off because here comes Brawn GP.

After the championship, our champ Jenson was scheduled to do victory laps in the factory for the fans but he already buggered off to McLaren. Ant did the laps and JV was his engineer for that.

Then came the Merc years.

Ant was doing a bunch of different things then: racing in WEC, driving the Merc simulator and later became a sky sport host. Ant missed the chance of winning a championship(he also missed a podium due to bad luck in 2007) but he got one eventually. When Alonso returned to F1, Ant interviewed him asking if Alonso remembered them racing against each other in WEC, Alonso did not remember. Ant also did Jenson’s retirement interview. Ant also did some interview later saying he was too nice to be competing in this shark tank of f1, nice guy can’t win races.

JV was doing a bunch of different things in Merc as well. He was in charge of simulator, junior team, esport team and development data analysis software for premier league(honorable mention: he wrote the drivers code of conduct in 2016 to prevent Lewis and Nico fighting). Ant was a reliable simulator driver, JV was working a lot with Ant at that time(JV didn’t need to be present for the crowd strike thing but he was there…) (Also they Merc’s equipment to tune cars for their friend’s Karting league, naughty boys). I want to believe JV cares about drivers he works with, especially junior team (he went up to hug Esteban Ocon(Merc junior driver) after his 2021 Hungarian gp win(Merc strategy was a disaster that race)

Ant said JV is one of his best friends. He phoned JV a lot during the Honda and Brawn years. Ant also texted JV to ask for technical details when he started to comment for Sky( Ant joked in 2023 pre season test that JV is getting to busy with his TP job to reply to his texts). JV also bugged Ant for a VIP pass during Ant’s LeMans years. JV had spent time with Ant’s family doing barbecue for JV’s birthday. JV is Ant’s kids’ god father.

Projection time: Brawn and Merc years treated JV so well he probably is a bit idealist about things now. The stuff he said at Williams make sense if your work experience is a streak of championships. JV will probably never get a reality check so hard the way Ant exit F1(divorce? Idw). Knowing they are good friends make me happy.

(Some source from Ant’s deleted twitter account)

[mostlysignssomeportents]

Debbie Urbanski’s ‘After World’

Debbie Urbanski's debut novel After World is an unflinching and relentlessly bleak tale of humanity's mass extinction, shot through with pathos and veined with seams of tragic tenderness and care:

https://www.simonandschuster.com/books/After-World/Debbie-Urbanski/9781668023457

I first encountered Urbanski in "An Incomplete Timeline of What We Tried," an experimental short story on Motherboard's brilliant Terraform science fiction portal:

https://www.vice.com/en/article/xwvgeq/an-incomplete-timeline-of-what-we-tried

"Incomplete Timeline" is a list of climate remediation steps "working back from human extinction," like "increased military fortification of national, provincial, and state borders," "the founding of several utopias," and "redefine the word wilderness."

These items begin with a climax, or perhaps an anticlimax: "The coordinated release of various strains of a human sterilization virus."

This is the jumping off point for After World, which expands this final item to the action of a wrenching tale whose backstory is the list's remainder. Sen Anon – the story's semi-protagonist – is 18 years old when the world learns that every person alive has been sterilized and so the human race is living out its last years.

The news triggers a manic insistence that this is a good thing – long overdue, in fact – and the perfect opportunity to scan every person alive for eventual reincarnation as virtual humans in an Edenic cloud metaverse called Gaia. That way, people can continue to live their lives without the haunting knowledge that everything they do makes the planet worse for every other living thing, and each other. Here, finally, is the resolution to the paradox of humanity: our desire to do good, and our inevitable failure on that scor8e.

And so the Earth is converted to a place of mass suicides, as people gurn and mug while boarding airplanes filled with explosives so they can go out in a literal blaze of glory. The food will run out soon, and the government makes sure everyone has a suicide pill for the day when the hunger grows too intense. Not everyone is lucky enough to get on one of the suicide flights, and, being eager to see themselves off before they harm the planet further, just hang themselves in the garage or jump off a roof. They are counted as heroes, but also nuisances, because disposing of the bodies is a lot of work.

But some people – young people – are given a mission to live on for as long as possible. These are the observer/recorders who are charged to spend the last days of the species closely watching the return of the natural world, the seeing off of humanity, and to write it all down in longhand in a succession of notebooks that are taken away by drones. This is part of the story humanity cooks up for itself about extinction being a noble choice, rather than a chaotic act born of desperation.

Sen Anon is one of these observers, and her mothers take her to a remote cabin to live out (and observe) the last of humanity's days, ensuring she is settled in and then killing themselves. After all, without them, Sen Anon's limited food supply – meagerly supplemented by drones in proportion to the quality of the observations in her notebooks – will stretch further.

Much of the novel takes the form of Sen Anon's notebook observations, countersunk with an omniscient third-person narrator who is revealed to be [storyworker] ad39-393a-7fbc, a software agent involved in the project to recreate all those dead humans in the Gaia metaverse.

[storyworker] ad39-393a-7fbc is a very unreliable narrator, who reprograms itself through the course of the story, all the while muttering asides to itself about the theoretical basis for telling Sen's story this way. [storyworker] ad39-393a-7fbc struggles with a supervisory AI that has been charged with overseeing all the [storyworkers], but which can't – or won't – rein in [storyworker] ad39-393a-7fbc as [storyworker] ad39-393a-7fbc grows more involved in Sen's life.

This experimental storytelling style (supplemented by found texts from humanity's dying, like a glossary of terms to be retired and new terms being created by a linguist who is starving to death as they complete their task) creates a contradictory narrative distance and closeness.

It's a curiously flawed omniscience that's allows Urbanski to capture the yawning, bottomless horror of the climate emergency of today and on the horizon. I don't think I've ever experienced the kind of sustained, deepening existential dread that After World created, chapter by chapter.

To sharpen this, Sen's mothers – scientists who were given exceptions to the no-child policy because their work was deemed essential to the now-abandoned project of saving humanity – are grimly supportive of the mass suicide project. When Sen's own horror creeps up on her, her mothers are sharp and often unkind, with only the smallest flashes of love and sorrow for their daughter escaping their facades, all the more vivid for their rarity.

In contrast, [storyworker] ad39-393a-7fbc grows ever more sympathetic to Sen and the rest of vanished humanity. [storyworker] ad39-393a-7fbc is a very convincing alien with motives and perspectives that are profoundly nonhuman, and yet, the compassion and love are unmistakable.

Of After World's two protagonists, [storyworker] ad39-393a-7fbc might be the more relatable. It takes an alien point of view to truly see humanity's flawed glory, irredeemable and irreplaceable. If you reveled in the nonhuman umwelts on display in Laura Jean McKay's 2020 debut The Animals In That Country, [storyworker] ad39-393a-7fbc will stretch your brain and imagination in similar ways:

https://pluralistic.net/2022/04/27/im-a-backdoor-man/#doolittle

After World is a book that goes hard. Pitiless, merciless and relentless, it takes you to the darkest depths of climate despair and reveals the indestructible beauty at our species' core.

If you'd like an essay-formatted version of this post to read or share, here's a link to it on pluralistic.net, my surveillance-free, ad-free, tracker-free blog:

https://pluralistic.net/2023/12/18/storyworker-ad39-393a-7fbc/#digital-human-archive-project

[fujocoded]

September is here and so is our newsletter!

It's that time of the month again, and our September update is ready for the reading! This month, we show off the draft cover of FujoGuide Issue 1, our new intern, new store, and new volunteer opportunities! Cover by @ymkse.

Update here 👇 and volunteering opportunities (video editing, video watching, and task coordinator) under the cut!

Video editing (for @bobaboard): Our founder Ms Boba does a BobaBoard-related stream every month, passing her knowledge of how the software works down to the community. To make them truly useful, however, these streams need some polishing and some of the downtime cut out before we can upload them to our YouTube channel! If you’d like to help out (and especially if you’d like to get some professional experience in video editing onto your resume) hit us up!

Video highlighter (for the FujoVerse): In addition to her BobaBoard streams, our founder also builds FujoVerse software in public once a week. While these streams are more often “watch a professional work” than outright teaching, there’s a lot of useful web development knowledge buried within! If you’d like help us go through our archive to find these hidden pearls so we can cut them out and make them available to the community, let us know!

Task coordinator: If you can look at a list of task deadlines and ping the people assigned to those tasks to see how they’re getting along, we could use your help! We’re experimenting with how to make this role easy and low-friction, so even if you have zero project management experience, you could be a huge help here.

If you’d like to try any of these roles, or if you’d like to get involved in other ways, let us know via contacts@fujocoded.com.

[spacetimewithstuartgary]

NASA's ready-to-use dataset details land motion across North America

NASA is collaborating with the Alaska Satellite Facility in Fairbanks to create a powerful, web-based tool that will show the movement of land across North America down to less than an inch. The online portal and its underlying dataset unlock a trove of satellite radar measurements that can help anyone identify where and by how much the land beneath their feet may be moving—whether from earthquakes, volcanoes, landslides, or the extraction of underground natural resources such as groundwater.

Spearheaded by NASA's Observational Products for End-Users from Remote Sensing Analysis (OPERA) project at the agency's Jet Propulsion Laboratory in Southern California, the effort equips users with information that would otherwise take years of training to produce. The project builds on measurements from spaceborne synthetic aperture radars, or SARs, to generate high-resolution data on how Earth's surface is moving.

For example, water-management bureaus and state geological surveys will be able to directly use the OPERA products without needing to make big investments in data storage, software engineering expertise, and computing muscle.

How it works

To create the displacement product, the OPERA team continuously draws data from the ESA (European Space Agency) Sentinel-1 radar satellites, the first of which launched in 2014. Data from NISAR, the NASA-ISRO (Indian Space Research Organization) SAR mission, will be added to the mix after that spacecraft launches later this year.

Satellite-borne radars work by emitting microwave pulses at Earth's surface. The signals scatter when they hit land and water surfaces, buildings, and other objects. Raw data consists of the strength and time delay of the signals that echo back to the sensor.

To understand how land in a given area is moving, OPERA algorithms automate steps in an otherwise painstaking process. Without OPERA, a researcher would first download hundreds or thousands of data files, each representing a pass of the radar over the point of interest, then make sure the data aligned geographically over time and had precise coordinates.

Then they would use a computationally intensive technique called radar interferometry to gauge how much the land moved, if at all, and in which direction—towards the satellite, which would indicate the land rose, or away from the satellite, which would mean it sank.

"The OPERA project has helped bring that capability to the masses, making it more accessible to state and federal agencies, and also users wondering, 'What's going on around my house?'" said Franz Meyer, chief scientist of the Alaska Satellite Facility, a part of the University of Alaska Fairbanks Geophysical Institute.

Monitoring groundwater

Sinking land is a top priority to the Arizona Department of Water Resources. From the 1950s through the 1980s, it was the main form of ground movement officials saw, as groundwater pumping increased alongside growth in the state's population and agricultural industry. In 1980, the state enacted the Groundwater Management Act, which reduced its reliance on groundwater in highly populated areas and included requirements to monitor its use.

The department began to measure this sinking, called subsidence, with radar data from various satellites in the early 2000s, using a combination of SAR, GPS-based monitoring, and traditional surveying to inform groundwater-management decisions.

Now, the OPERA dataset and portal will help the agency share subsidence information with officials and community members, said Brian Conway, the department's principal hydrogeologist and supervisor of its geophysics unit. They won't replace the SAR analysis he performs, but they will offer points of comparison for his calculations. Because the dataset and portal will cover the entire state, they also could identify areas not yet known to be subsiding.

"It's a great tool to say, "Let's look at those areas more intensely with our own SAR processing,'" Conway said.

The displacement product is part of a series of data products OPERA has released since 2023. The project began in 2020 with a multidisciplinary team of scientists at JPL working to address satellite data needs across different federal agencies. Through the Satellite Needs Working Group, those agencies submitted their requests, and the OPERA team worked to improve access to information to aid a range of efforts such as disaster response, deforestation tracking and wildfire monitoring.

TOP IMAGE: A new online portal by NASA and the Alaska Satellite Facility maps satellite radar measurements across North America, enabling users to track land movement since 2016 caused by earthquakes, landslides, volcanoes, and other phenomena. Credit: USGS

LOWER IMAGE: The OPERA portal shows how land is sinking in Freshkills Park, which is being built on the site of a former landfill on Staten Island, New York. Landfills tend to sink over time as waste decomposes and settles. The blue dot marks the spot where the portal is showing movement in the graph. Credit: NASA

[uniquescadd]

Best BIM Tools in 2025 and Selecting the Right BIM Software

BIM is a comprehensive approach in the AEC realm, and its applications and tools hold a significant position. It is vital to choose the right BIM software for project requirements, coordination, and efficiency. Here’s a detailed, curated list of the best BIM software and key factors for selecting it.

[heycerulean]

pick a word used to denote part of my worldbuilding project's government built communications network

propaganda:

CAT SYSTEMS: You gotta love when acronyms make themselves. No wrangling, no fancy words, just a good ol' common noun. Cast-Assisted-Technology is also just a cool term. Right up there with Cast-Applied-Mechanics (CAM) and Cast-Applied-Biology (CAB, sometimes called CAMBio) TENACITY: A-Z rosters of basically numbers. They're like spreadsheets in the same way balatro is to poker. Learning how to read one takes months, years to be good enough at it for a position with it. It's an incredibly powerful software, though, because it allows you to find locations of things through basically magic. A very heavily dumbed-down version is worked into the light show props for a sport called ras'Kititche, which is like marching band on crack. BRACE CHARGE: You know in movies when people say, "don't move or i'll shoot you?" What if the shooting was automatic? What if you could feel it in your bones when someone crossed a threshold that you set, and you could automatically stop them from moving? You could freeze them in place, giving yourself and your team time to react. That's what a brace charge is. KB CHARGE: Teleportation! These might not even exist in canon. Requires coordinates to use, which Tenacity is used to calculate. FTC: A "Chart" refers to a specific place in a place that is not protected, whether that's a battlefield or just an unknown area. It's a slang term that came around from people talking about the information spreadsheets that their recon systems would output. A "Foreign Territory Chart" refers to a chart produced when no information, or little information is known about an area; when not even a location can be solidified, and you would need access to tenacity (or someone with it) to find your way home. A-ROS / ARS -> ARR: A-Rosters are the tenacity sections with the most accurate coordinate points and information. If someone asks for your A-ROS, they're asking for your most recent, accurate, and stable position. You would send it while calling "A-ROS Sent", and wait back for "A-ROS Received," hence the acronyms of ARS to ARR.

[thewinter-eden]

almost summer | kim seungmin (12)

12 : CUP OF PEACE

Pairings: KIM SEUNGMIN x OC | YANG JEONGIN x OC

Rating: mature

cross posted on AO3 under the_winter_eden and wattpad under alone-at-last.

Warnings: none. (sorry it's late I forgot what day it was)

almost summer masterlist Comment a request to be tagged!

< last chapter | next chapter >

Days I feel like a human being, while other days I feel more like a sound. I touch the world not as myself, but as an echo of who I was. -Ocean Vuong

A tiny box fan pointed at Maven’s bed, and it was the only sound that reached her ears as she blinked awake.

It still left her feeling disoriented.

For weeks in training, she’d woken up to the clamor of instructors bellowing and women hustling and doors crashing, and after that she’d spent a few mornings rising to the dull roar of the Vesper cutting through the tides.

The bunker-like residence halls of University Station were silent as the tomb.

Maven folded the covers back and went about her morning routine.

Unsurprisingly, Seungmin wasn’t up yet. His slovenliness had grown no less detestable.

When she finally made her way to the kitchen, there was fresh coffee gurgling into the pot and a woman leaning against the counter, eyebrows furrowed as she read from a packet of paper as thick as the Bible.

The woman had her back to the cabinets, and a carton of half-n-half sat next to her hip.

Maven went around gathering ingredients for her breakfast, every so often flashing discreet glances at the woman. She must have been an officer, since the officers and specialists were the only agents who lived on their floor. It would also explain the sleek, professional, tailored suit and neatly twisted hair that was well-outside the purview of junior agents.

The crackling of eggs cooking didn’t draw the officer’s attention, nor did the numerous passes Maven made between the stove and the fridge.

It wasn’t until the coffee finished brewing and remained untouched for five minutes that Maven realized that the officer was completely absorbed in her massive document.

Maven desperately wanted Coffee, but it seemed rude to take the first cup after someone else made it. She examined the officer again.

With the confident bearing and severe focus, it didn’t seem likely that the woman would take kindly to being shyly interrupted and asked useless questions about the coffee machine.

Maven pulled two mugs from the cabinet, filled one, set it gently on the counter at the woman’s elbow. “Room for cream,” She uttered quietly, and then went back to the machine and poured her own cup.

In her return to finishing the cooking of her breakfast, she missed the startled look on the officer’s face.

She heard the woman say thank you and raised her mug in salute.

A L M O S T    S U M M E R 

The simulation room was configured to cast digital projections of an environment so that agents could practice their missions before they hit the ground. The program was capable of changing the projections to switch rooms, as though every time Maven and Seungmin went through a projected doorway, they were actually entering and leaving different rooms.

For four hours, the VALOR recon team ran practice drills for their next infiltration of the laboratory.

Based on the mapping software that Seungmin and Maven had executed while inside the facility, the VALOR field coordinators had determined the best place to install the trojan horse and the VALOR techs had quickly come up with both the virus and the device that would be used to install it.

With the new objective, Maven and Seungmin had nothing left to do but practice the operation.

Hyper aware of the fact that Captain Lee would be watching their simulation runs, Maven made it her mission to follow Seungmin's lead without hesitation or argument. After she determined to silence any urges to stab him while he wasn’t looking, it turned out to be fairly easy to work with him.

He was a professional in the field. His only goal was to complete the task before him, and to do that he was comfortable with using her however he needed to to get it done most effectively.

She respected that perspective, and gave him no grief over following his orders.

Finally, the map memorized and dripping with perspiration, the team called it quits. They’d drilled nonstop until they’d performed the operation flawlessly sixteen times, finally calling it a night when they got hungry enough to hear each others’ stomachs growling.

“Great work,” He praised, approaching with her water bottle. He extended it with an innocent smile and seemed pleased with himself when she accepted it without commenting on it.

“Thank you.” Maven popped the cap off and drank deeply. Then she replaced the cap, gathered her things, and left the room without another word.

Trusting him out in the field was hard enough. She had nothing left for him off the clock.

A L M O S T    S U M M E R

Nobody felt rested when the team gathered in the garage at one-thirty in the morning. Maven had a mug of coffee permanently glued to her lower lip. She sat on a wooden crate, her back slouched against the crates stacked behind her.

Somehow only ten minutes late, Seungmin shuffled in with his own cup and a bright red thermos. He trudged over to her, one eye pinched shut in sleep, and sat without invitation on the crate next to her.

Before she could throw her coffee in his face, he leaned closer, extending the thermos towards her cup.

Instantly appeased by the offer of fresh new coffee, she held her tongue and pushed her cup closer, allowing him to pour the rich, dark liquid all the way to the brim. She whispered a begrudging thank you, which he accepted with a sluggish nod.

He leaned back against the heavy crates behind them, eyes completely closed, cradling his mug in his hands.

They sat there like that for nearly fifteen minutes while Seo and Hwang stood using the Jeep’s hood as a table, examining their blueprints and running themselves through the operational objectives again. The two senior agents were the most by-the-book people Maven had ever met.

She took a long sip of the new coffee, privately delighting in the hints of hazelnut that she tasted. Hazelnut coffee had always been her favorite, a fact with which Seungmin was well familiar. She shot him a sidelong glance, observing the lazy sag of his eyelids and mouth, and the perilous tilt of his coffee mug as sleep threatened to take him once more.

Miffed, Maven reached out and lifted his mug with a single finger. “Wake up.”

Seungmin jumped, lurching upright and sloshing some of his drink onto his pants. He stared at the wet spot and then at her, wide-eyed with surprise.

She turned away again. “You almost spilled your coffee.”

“Wow, thanks for the save.” He muttered sarcastically.

A smile tugged at her lips before she could stop it.

A L M O S T    S U M M E R

Installing the trojan horse device proved easier than Maven had expected. She kept an eye out while Seungmin initiated the software on one of the lab computers, skillfully navigating his way through alien technological design.

While the data copied over to his handheld device and began running through an automatic translation software, Maven heard her partner mumbling excitedly to himself.

Eyes on the door to the laboratory, all she could discern from behind her were his random quiet outbursts of intrigue, ranging from disgust to fascination. She took a few steps away from him, entirely displeased with his thrill over the files documenting inhumane experimentation.

He always was a narcissistic psychopath.

“Guard rotation in five minutes.” Her warning to him went unacknowledged.

He hadn’t updated University Station in a while either.

Maven spared a glance over her shoulder quickly before returning her stare to the open doorway to find Seungmin completely engrossed in his handheld device. Whatever he was reading from the alien hard drive had him enraptured.

She flung a leg out behind her and managed to hit the back of his knee, eliciting a sharp grunt.

“What?” He hissed.

“Read later. We’re running out of time.”

He huffed and opened the radio channel. “University Station, this is Ego. Trojan installed and data copy 80% complete. Estimated time to be out of here is three minutes.”

Maven rolled her eyes at her stern tone. Whoever had chosen his callsign must have been some kind of prophet.

comment a request to be tagged!

[mariacallous]

The Trump administration, working in coordination with Elon Musk’s so-called Department of Government Efficiency, has gutted a small federal agency that provides funding to libraries and museums nationwide. In communities across the US, the cuts threaten student field trips, classes for seniors, and access to popular digital services, such as the ebook app Libby.

On Monday, managers at the Institute of Museum and Library Services (IMLS) informed 77 employees—virtually the agency’s entire staff—that they were immediately being put on paid administrative leave, according to one of the workers, who sought anonymity out of fear of retaliation from Trump officials. Several other sources confirmed the move, which came after President Donald Trump appointed Keith Sonderling, the deputy secretary of labor, as the acting director of IMLS less than two weeks ago.

A representative for the American Federation of Government Employee Local 3403, a union that represents about 40 IMLS staffers, said Sonderling and a group of DOGE staffers met with IMLS leadership late last month. Afterwards, Sonderling sent an email to staff “emphasizing the importance of libraries and museums in cultivating the next generation’s perception of American exceptionalism and patriotism,” the union representative said in a statement to WIRED.

IMLS employees who showed up to work at the agency on Monday were asked to turn in their computers and lost access to their government email addresses before being ordered to head home for the day, the employee says. It’s unclear when, or if, staffers will ever return to work. “It’s heartbreaking on many levels,” the employee adds.

The White House and the Institute of Museum and Library Services did not immediately respond to requests for comment from WIRED.

The annual budget of IMLS amounts to less than $1 per person in the US. Overall, the agency awarded over $269.5 million to library and museum systems last year, according to its grants database. Much of that money is paid out as reimbursements over time, the current IMLS employee says, but now there is no one around to cut checks for funds that have already been allocated.

“The status of previously awarded grants is unclear. Without staff to administer the programs, it is likely that most grants will be terminated,” the American Federation of Government Employee Local 3403 union said in a statement.

About 65 percent of the funding had been allocated to different states, with each one scheduled to receive a minimum of roughly $1.2 million. Recipients can use the money for statewide initiatives or pass it on to local museum and library institutions for expenses such as staff training and back-office software. California and Texas have received the highest allocated funding, at about $12.5 million and $15.7 million, respectively, according to IMLS data. Individual libraries and museums also receive grants directly from IMLS for specific projects.

An art museum in Idaho expected to put $10,350 toward supporting student field trips, according to the IMLS grant database. A North Carolina museum was allotted $23,500 for weaving and fiber art workshops for seniors. And an indigenous community in California expected to put $10,000 toward purchasing books and electronic resources.

In past years, other Native American tribes have received IMLS grants to purchase access to apps such as Hoopla and Libby, which provide free ebooks and audiobooks to library patrons. Some funding from the IMLS also goes to academic projects, such as using virtual reality to preserve Native American cultural archives or studying how AI chatbots could improve access to university research.

Steve Potash, founder and CEO of OverDrive, which develops Libby, says the company has been lobbying Congress and state legislatures for library funding. “What we are consistently hearing is that there is no data or evidence suggesting that federal funds allocated through the IMLS are being misused,” Potash tells WIRED. “In fact, these funds are essential for delivering vital services, often to the most underserved and vulnerable populations.”

Anthony Chow, director of the School of Information at San José State University in California and president-elect of the state library association, tells WIRED that Monday was the deadline to submit receipts for several Native American libraries he says he’d been supporting in their purchase of nearly 54,000 children’s books using IMLS funds. Five tribes, according to Chow, could lose out on a total of about $189,000 in reimbursements. “There is no contingency,” Chow says. “I don’t think any one of us ever thought we would get to this point.”

Managers at IMLS informed their teams on Monday that the work stoppage was in response to a recent executive order issued by Trump that called for reducing the operations of the agency to the bare minimum required by law.

Trump made a number of other unsuccessful attempts to defund the IMLS during his first term. The White House described its latest effort as a necessary part of “eliminating waste and reducing government overreach.” But the president himself has said little about what specifically concerns him about funding libraries; a separate order he signed recently described federally supported Smithsonian museums as peddling “divisive narratives that distort our shared history.”

US libraries and museums receive support from many sources, including public donations and funding from other federal agencies. But IMLS is “the single largest source of critical federal funding for libraries,” according to the Chief Officers of State Library Agencies advocacy group. Libraries and museums in rural areas are particularly reliant on federal funding, according to some library employees and experts.

Systems in big metros such as Los Angeles County and New York City libraries receive only a small fraction of their budget from the IMLS, according to recent internal memos seen by WIRED, which were issued in response to Trump’s March 14 executive order. "For us, it was more a source of money to innovate with or try out new programs,” says a current employee at the New York Public Library, who asked to remain anonymous because they aren’t authorized to speak to the press.

But the loss of IMLS funds could still have consequences in big cities. A major public library system in California is assembling an internal task force to advocate on behalf of the library system with outside donors, according to a current employee who wasn’t authorized to speak about the effort publicly. They say philanthropic organizations that support their library system are already beginning to spend more conservatively, anticipating they may need to fill funding gaps at libraries in areas more dependent on federal dollars.

Some IMLS programs also require states to provide matching funding, and legislatures may be disincentivized to offer support if the federal money disappears, further hampering library and museum budgets, the IMLS employee says.

The IMLS was created by a 1996 law passed by Congress and has historically received bipartisan support. But some conservative groups and politicians have expressed concern that libraries provide public access to content they view as inappropriate, including pornography and books on topics such as transgender people and racial minorities. In February, following a Trump order, schools for kids on overseas military bases restricted access to books “potentially related to gender ideology or discriminatory equity ideology topics.”

Last week, a bipartisan group of five US senators led by Jack Reed of Rhode Island urged the Trump administration to follow through on the IMLS grants that Congress had authorized for this year. "We write to remind the administration of its obligation to faithfully execute the provisions of the law," the senators wrote.

Ultimately, the fate of the IMLS could be decided in a showdown between Trump officials, Congress, and the federal courts. With immediate resolution unlikely, experts say museums and libraries unable to make up for lost reimbursements will likely have to scale back services.

[multiversetravelingjournalist]

Murder Drones AU

After sharing this with my friend, I now feel more confident in sharing this still-WIP project with all of you. Basically, this AU, which I still need to figure out a name for, is a more expansive take on the Murder Drones universe.

The Big Three

First of all, there are three digital reality-warping entities. The first needs no introduction, then there is Complete Fixer and Universal Repair-kit. Like in canon, they corrupt and possess drones and cause biological growths to appear in and on their chassis. Also, like in canon, the other two grant their hosts powers to warp reality.

Complete Fixer grants its hosts the ability to fast forward and rewind objects and even entire regions like the timeline of an animation software. Universal Repair-kit grants the ability to "sample" any substance and "fill" with that exact substance, in other words, transmutation of materials.

Also like the Solver, each one has specific symbols associated with it. CF is the classic arrows, both singular and double, arrows with bar, twin bars, circle, and square of video operations. UR has a simple eyedropper icon (mistaken for a sword when it first appeared) and spilling paint bucket (also mistaken for a weird type of shield).

Together, "The Big Three" infected the technology of earth, possessed and corrupted drones by the thousands, and overran the planet in a matter of weeks.

The Interstellar Front

Unlike in canon, humanity is still alive and kicking in this AU. They evacuated who they could and fled to the nearest star systems. The Big Three would follow after them. Evenually, human stubbornness would grind their advance to a halt as they coordinated a defense front against The Big Three's forces.

The Front is composed of star systems that the human forces constantly deny the Big Three via battles both in orbit and on the surface of various worlds. For the humans, it's to stall the Big Three. For them, it's to collect the resources needed to continue expanding into and holding the numerous worlds.

Drones and their types and subtypes

Unlike in canon, there are various types of drone chassis. For the humans, there are civilian and citizen Drones. Civilian drones, also known as worker drones, are the most common and popular drone type across human and inhuman space.

JC Jenson

The monopoly on FTL travel mechanisms and one of the manufacturers of civilian drones, JC Jenson was interstellar business that did a bunch of stuff at outrageous prices. Before the Big Three ate its core, the company was based on earth and had considerable economic power across human space.

JC Jenson is also known for the controversy of giving their drones the capability to develop sentience yet still treating them as slave labor. Not to mention it's only their drones that the Big Three Originated from that earned JCJ a reputation among the human factions.

The Elliot Family

A majority shareholder of JC Jenson's stock. The closest thing one could come to an aristocratic family in the post-capitalist dystopia that is human space. Their only daughter, Tessa James Elliot, was expected to carry on the family name as heiress. However, Tessa's fascination with and advocacy for drones and her social awkwardness with humans in general would tank any hopes that her parents could have had in her future with the family.

Isaiah Cavendish

Patriarch of the Cavendish family and the second majority shareholder of JC Jenson. Isaiah had his own fascination with drones, especially after claiming to be saved by them during a horrific fire at his estate that left him crippled and his wife and son in comas. Being an advocate for the wellbeing of drones gained him notoriety among the upper crust and the Elliot family (excluding Tessa) would go public with their shared sentiment of hating his guts.

Despite his reputation, Isaiah is a willy individual with enough influence, resources, and connections to help the drones within his vicinity as well as connect with other individuals who share his sentiments. However, there always seems to be an aura surrounding him that hints at him having something bigger planned.

Copper-9

The ninth highest provider of the element Cu, Copper nine was a mining planet that was inhospitable even before the mysterious partial core collapse. While the human forces would love to leave the planet to rot in obscurity, the fact that it lies at the convergence of major human interstellar routes have forced the united forces to keep an eye on it and hold back the Big Three's forces from claiming it and gaining a foothold into human space. What has been seen of the planet from orbit proves that there is more happening there than the average person realizes.